Sandblast: meaning, definitions and examples
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sandblast
[ ˈsændˌblæst ]
surface treatment
To sandblast means to clean or smooth a surface by propelling fine particles of sand at high velocity. This technique is commonly used in construction and manufacturing processes to prepare surfaces for painting or other finishes.
Synonyms
abrasive blasting, sandblasting, shot blasting.
Examples of usage
- The workers had to sandblast the concrete before applying the sealant.
- Sandblasting can remove rust from metal surfaces effectively.
- He used a machine to sandblast the wooden surface for a smoother finish.
process
Sandblast refers to the process of using abrasive particles propelled by air or water to clean or shape a surface. It is often utilized in industrial applications to prepare surfaces for further treatment or to enhance their appearance.
Synonyms
abrasive cleaning, dustless blasting.
Examples of usage
- The sandblast process was essential for restoring the old statue.
- They set up a sandblast station to handle the upcoming project.
- After the sandblast, the metal surface was ready for painting.
Translations
Translations of the word "sandblast" in other languages:
🇵🇹 jateamento de areia
🇮🇳 रेत ब्लास्टिंग
🇩🇪 Sandstrahlen
🇮🇩 sandblasting
🇺🇦 піскоструминна обробка
🇵🇱 piaskowanie
🇯🇵 サンドブラスト
🇫🇷 sablage
🇪🇸 sandblasting
🇹🇷 kum püskürtme
🇰🇷 샌드 블라스팅
🇸🇦 الرمل الرملي
🇨🇿 pískování
🇸🇰 pieskovanie
🇨🇳 喷砂
🇸🇮 peščeno streljanje
🇮🇸 sandblástur
🇰🇿 құммен үрлеу
🇬🇪 ქვიშის აფეთქება
🇦🇿 qum partlatma
🇲🇽 chorro de arena
Etymology
The term 'sandblast' originated from the combination of two words: 'sand' and 'blast'. It first appeared in the early 20th century, as industrial processes began to utilize compressed air to propel sand particles at surfaces for cleaning or shaping. By the 1930s, sandblasting was being widely applied in various industries, including construction, automotive, and art restoration, due to its effectiveness in surface treatment. The method allowed for faster and more uniform results than traditional manual cleaning techniques, consequently revolutionizing how surfaces were prepared for further processing. Over the decades, the technology has evolved, leading to the development of materials other than sand, such as glass beads and aluminum oxide, which are used in modern abrasive blasting techniques.